CN203501901U - Multi-tube environmental-friendly gas ejection firework device - Google Patents
Multi-tube environmental-friendly gas ejection firework device Download PDFInfo
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- CN203501901U CN203501901U CN201320246094.1U CN201320246094U CN203501901U CN 203501901 U CN203501901 U CN 203501901U CN 201320246094 U CN201320246094 U CN 201320246094U CN 203501901 U CN203501901 U CN 203501901U
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Abstract
The utility model relates to a multi-tube environmental-friendly gas ejection firework device, which comprises a gas ejection unit and a firework ejection unit. The gas ejection unit is used for providing high-pressure gas. Instant ejection acting force is provided through the high-pressure gas to eject the firework ejection unit into the air. Physical firework bombs are arranged in the firework ejection unit. The physical firework bombs send sound-light signals outwards through the physical characteristics of the physical firework bombs. The gas ejection unit comprises a compressed air cylinder and an installation main body. The installation main body is connected onto the top of the compressed air cylinder. The firework ejection unit is inserted in the installation main body and comprises a plurality of launching tubes. A plurality of physical firework bombs are arranged in each launching tube.
Description
Technical field
The utility model and a kind of firework bomb injection device, refer to especially and a kind ofly can pass through the outside transmit physical firework bomb of gases at high pressure, and outwards send sound and light signal by himself physical characteristic of physics firework bomb, thereby reach the firework device that launches of playing up the effect of surrounding enviroment sound and light program.
Background technology
As everyone knows, fireworks refer to while setting off can form color, pattern, generation acoustics, take visual effect as main product.Firecracker is that while setting off, main body is exploded and can produce sonic boom, flash of light texts, take auditory effect as main product.Pyrotechnics, take gunpowder as base growth.Originally, be to specialize in the noble powerful rich's luxurious pastime product of bucket of contending for supremacy, arrived bright, clearly, pyrotechnics manufacturing technology has had new development, becomes gradually the gift in red-letter day.Whenever the Spring Festival, the Lantern Festival and other occasion, all to discharge pyrotechnics and add to the fun.Pyrotechnics a multitude of names of China, designs and varieties are quite assorted.
In concrete enforcement, fireworks and firecrackers mainly embodies above-mentioned effect by luminescent effect, and luminescent effect is a kind of main effects of fireworks medicament.No matter be the illuminating agent that can play a role in lighting, still can produce the medicament of bright star, can produce the effect medicament that a sudden strain of a muscle one is put out, the firework effect that they produce all be unable to do without luminescent effect.Utilize the luminescent effect producing after fireworks medicine agent burning, as increased metal powder as aluminium powder, magnesium aluminum-alloy powder etc. in medicament, when burning, medicament can generate solid and liquid product, dissociation goes out a large amount of luminous energy and heat radiation, luminous intensity has hundreds thousand of international candles, and temperature can reach thousands of degree.Fireworks medicament utilizes this luminescent effect and plays illuminating effect.Recycle this luminous function, can produce not of uniform size and variform various flares.
In concrete enforcement, due to fireworks and firecrackers powder composition wherein, if the person of setting off sets off or set off product in violation of rules and regulations when setting off not according to pertinent regulations, will likely cause the generation of security incident.In addition, traditional fireworks and firecrackers also can produce air pollution and noise pollution to environment, atmosphere.At present the understanding people of noise pollution have been tending towards to common recognition, especially in city due to high building the produced echo effect of standing in great numbers, the sound that fireworks and firecrackers discharges has larger impact to people's physiology, psychology.Harm to air, is mainly reflected in the dust 60% that fireworks firecracker firing produces and surpasses 10 microns, is that human body can not suck, 25% between 10 microns to 5 microns, be that human body can suck, to 5 of harm maximum microns of following PM2.5 that it has often been said, account for 5%.Fireworks and firecrackers can make pm2.5 content in atmosphere rise rapidly at short notice, in several hours after setting off, air quality is had a significant impact, fireworks and firecrackers also can produce sulfur dioxide, nitrogen oxide in addition, in unburnt situation, also can produce carbon monoxide.So traditional fireworks and firecrackers can produce very bad impact to surrounding enviroment and atmosphere when setting off, and this is the major defect for conventional art.
Utility model content
The utility model provides a kind of multitube environmental protection gas to launch firework device, it utilizes gases at high pressure to provide moment to launch active force physics firework bomb is penetrated in work, and outwards send sound and light signal by himself physical characteristic of physics firework bomb, this physics firework bomb can not burn, can not produce chemical reaction in the process of transmitting, thereby stop to occur the phenomenon of atmosphere pollution, and this is exactly the main purpose for this.
The technical scheme that the utility model adopts is: a kind of multitube environmental protection gas launches firework device, it comprises that gas launches unit and fireworks eject unit, this gas launches unit gases at high pressure is provided, by gases at high pressure, provide moment to launch active force this fireworks ejection unit is launched to lift-off, these fireworks eject in unit and are provided with physics firework bomb, this physics firework bomb outwards sends sound and light signal by the physical characteristic of himself, thereby reach the effect of playing up surrounding enviroment sound and light program, that is to say that this physics firework bomb can not burn in the process of transmitting, can not produce chemical reaction, thereby stop to occur the phenomenon of atmosphere pollution.
In concrete enforcement, this physics firework bomb comprises colored ribbon, when this physics firework bomb is arranged in this fireworks ejection unit, this colored ribbon is web-like, and when this physics firework bomb is launched lift-off, this colored ribbon progressively launches and promotes displaying area, thereby reach the effect of playing up surrounding enviroment sound and light program, in concrete enforcement, these colored ribbon tow sides are also attached with reflector layer or luminescent layer or fluorescence coating, by the further improving optical rendering effect of this reflector layer or this luminescent layer or this fluorescence coating, in concrete enforcement, this colored ribbon one end is also provided with screw wing structure, by this screw wing, can make this colored ribbon spiral-falling from top to bottom aloft, further improving optical rendering effect, in this physics firework bomb, also comprise reflecting piece, this reflecting piece is made by hard material, when this reflecting piece is set in the air by bullet, and in the process falling from top to bottom, can the further improving optical rendering effect of reflection ray, in this physics firework bomb, also comprise luminous bullet, the enough self-luminescences of this luminous resilience energy, when this luminous bullet is set in the air by bullet, and in the process falling from top to bottom, it can self-luminescence and further improving optical rendering effect, in concrete enforcement, this luminous bullet is the various LED light sources with different light rays color.
This gas launches unit and comprises compressed gas cylinder and main body is installed, this installation main body is connected to the top of this compressed gas cylinder, these fireworks eject unit and are plugged in this installation main body, this compressed gas cylinder is movably connected on base, in concrete enforcement, this compressed gas cylinder can be plugged on this base, the utility model can be placed on the ground and is used this moment by the supporting role of this base.
In this base, be provided with time delay control module and remote-transmitter module, by this time delay control module and this remote-transmitter module, can control the duty of this compressed gas cylinder, thereby control these fireworks, eject the state of unit transmitting and the time of transmitting.
In concrete enforcement, these fireworks eject unit and comprise some transmitting tubes, are provided with some these physics firework bombs in each this transmitting tube.
In concrete enforcement, this installation main body comprises multiple embodiments, is described below respectively.
In the first embodiment, this installation main body comprises main body tube and some insertion pipes, some these insertion pipes are connected on the outer edge surface of this main body tube, some these transmitting tubes are plugged on this insertion pipe one to one, this main body tube has inner chamber, each this transmitting tube also has inner chamber, the inner chamber of this transmitting tube and the intracavity inter-connection of this main body tube, the inner chamber of this main body tube is connected with this compressed gas cylinder, so the gases at high pressure that are opened in this compressed gas cylinder when this compressed gas cylinder can directly launch away some these transmitting tubes, this physics firework bomb that is then arranged in this transmitting tube progressively spins off from this transmitting tube, to reach the effect of playing up environmental effect.
In concrete enforcement, each this transmitting tube lower end is provided with female connector, and this female connector inserts the top of this insertion pipe, in concrete enforcement, also can female connector be set at the top of each this insertion pipe, this female connector is inserted into the bottom of this this transmitting tube.
In concrete enforcement, this installation main body comprises some insertion pipes unit, this insertion pipe unit is connected on the outer edge surface of this installation main body, each this insertion pipe unit is arranged and is formed by several these insertion pipes from top to down, this insertion pipe in this insertion pipe unit is arranged in parallel, in concrete enforcement, this installation main body comprises two these insertion pipe unit, two these insertion pipe unit are symmetricly set on the both sides of this installation main body, this installation main body also can comprise three these insertion pipe unit, three these insertion pipe unit are arranged on the outer edge surface of this installation main body, angle between adjacent two these insertion pipe unit is 60 degree, several these insertion pipe unit can also be connected on the outer edge surface of this installation main body in any one position mode.
In the second embodiment, this installation main body comprises grafting main body, this grafting main body has inner chamber, at the top of this grafting main body, be provided with some jacks, the intracavity inter-connection of each this jack and this grafting main body, some these transmitting tubes are plugged on this jack one to one, and the inner chamber of this grafting main body is connected with this compressed gas cylinder.
In concrete enforcement, this grafting main body integral body is fan-shaped, in concrete enforcement, this grafting main body also can comprise transverse tube and tube connector, this transverse tube is connected to this tube connector top, and some these jacks are arranged on this transverse tube top, and this tube connector lower end is connected with this compressed gas cylinder.
The beneficial effects of the utility model are: structure of the present utility model comprises that gas launches unit and fireworks eject unit, this gas launches unit gases at high pressure is provided, by gases at high pressure, provide moment to launch active force this fireworks ejection unit is launched to lift-off, these fireworks eject in unit and are provided with physics firework bomb, this physics firework bomb outwards sends sound and light signal by the physical characteristic of himself, thereby reach the effect of playing up surrounding enviroment sound and light program, that is to say that this physics firework bomb can not burn in the process of transmitting, can not produce chemical reaction, thereby stop to occur the phenomenon of atmosphere pollution.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is the grafting schematic diagram of transmitting tube of the present utility model and insertion pipe.
Fig. 3 is that the utility model is plugged on the front view on base.
Fig. 4 is the schematic diagram of the another connected structure of transmitting tube of the present utility model and insertion pipe.
Fig. 5,6 is that insertion pipe of the present utility model unit is connected to the structural representation of installing in main body.
Fig. 7,8 is that the utility model grafting main body is connected to the perspective view of installing in main body.
The specific embodiment
As shown in Fig. 1 to 8, a kind of multitube environmental protection gas launches firework device, and it comprises that gas launches unit 10 and fireworks eject unit 20.
As shown in Figures 1 to 4, this gas launches unit 10 gases at high pressure is provided, and provides moment to launch active force this fireworks ejection unit 20 is launched to lift-off by gases at high pressure.
These fireworks eject in unit 20 and are provided with physics firework bomb 30.
This physics firework bomb 30 outwards sends sound and light signal by the physical characteristic of himself, thereby reaches the effect of playing up surrounding enviroment sound and light program.
That is to say that this physics firework bomb 30 can not burn, can not produce chemical reaction in the process of transmitting, thereby stop to occur the phenomenon of atmosphere pollution.
In concrete enforcement, this physics firework bomb 30 comprises colored ribbon, when this physics firework bomb 30 is arranged in this fireworks ejection unit 20, this colored ribbon is web-like, and when this physics firework bomb 30 is launched lift-off, this colored ribbon progressively launches and promotes displaying area, thereby reaches the effect of playing up surrounding enviroment sound and light program.
In concrete enforcement, these colored ribbon tow sides are also attached with reflector layer or luminescent layer or fluorescence coating, by the further improving optical rendering effect of this reflector layer or this luminescent layer or this fluorescence coating.
In concrete enforcement, this colored ribbon one end is also provided with screw wing structure, by this screw wing, can make this colored ribbon aloft spiral-falling, further improving optical rendering effect from top to bottom.
In this physics firework bomb 30, also comprise reflecting piece, this reflecting piece is made by hard material, when this reflecting piece is set in the air by bullet, and in the process falling from top to bottom, can the further improving optical rendering effect of reflection ray.
In this physics firework bomb 30, also comprise luminous bullet, the enough self-luminescences of this luminous resilience energy, when this luminous bullet is set in the air by bullet, and in the process falling from top to bottom, it can self-luminescence further improving optical rendering effect.
In concrete enforcement, this luminous bullet is the various LED light sources with different light rays color.
This gas launches unit 10 and comprises compressed gas cylinder 40 and main body 50 is installed, and this installation main body 50 is connected to the top of this compressed gas cylinder 40.
These fireworks eject unit 20 and are plugged in this installation main body 50.
As shown in Figure 3, this compressed gas cylinder 40 is movably connected on base 41.
In concrete enforcement, this compressed gas cylinder 40 can be plugged on this base 41, the utility model can be placed on the ground and is used this moment by the supporting role of this base 41.
In this base 41, be provided with time delay control module and remote-transmitter module, by this time delay control module and this remote-transmitter module, the duty of this compressed gas cylinder 40 be can control, thereby control these fireworks, the state of unit 20 transmittings and the time of transmitting ejected.
In concrete enforcement, these fireworks eject unit 20 and comprise some transmitting tubes 21, are provided with some these physics firework bombs 30 in each this transmitting tube 21.
In concrete enforcement, this installation main body 50 comprises multiple embodiments, is described below respectively.
In the first embodiment, this installation main body 50 comprises main body tube 51 and some insertion pipes 52, and some these insertion pipes 52 are connected on the outer edge surface of this main body tube 51, and some these transmitting tubes 21 are plugged on this insertion pipe 52 one to one.
This main body tube 51 has inner chamber, and each this transmitting tube 21 also has inner chamber, the intracavity inter-connection of the inner chamber of this transmitting tube 21 and this main body tube 51.
The inner chamber of this main body tube 51 is connected with this compressed gas cylinder 40, so the gases at high pressure that are opened in this compressed gas cylinder 40 when this compressed gas cylinder 40 can directly launch away some these transmitting tubes 21, this physics firework bomb 30 that is then arranged in this transmitting tube 21 progressively spins off from this transmitting tube 21, to reach the effect of playing up environmental effect.
As shown in Figure 2, in concrete enforcement, each these transmitting tube 21 lower end is provided with female connector 22, the top that this female connector 22 inserts this insertion pipe 52.
As shown in Figure 4, in concrete enforcement, also can female connector 53 be set at the top of each this insertion pipe 52, this female connector 53 is inserted into the bottom of this this transmitting tube 21.
As shown in Figures 1 to 6, in concrete enforcement, this installation main body 50 comprises some insertion pipes unit, and this insertion pipe unit is connected on the outer edge surface of this installation main body 50, and each this insertion pipe unit is arranged and formed by several these insertion pipes 52 from top to down.
This insertion pipe 52 in this insertion pipe unit is arranged in parallel.
In concrete enforcement, this installation main body 50 comprises two these insertion pipe unit, and two these insertion pipe unit are symmetricly set on the both sides of this installation main body 50.
This installation main body 50 also can comprise three these insertion pipe unit, and three these insertion pipe unit are arranged on the outer edge surface of this installation main body 50, and the angle between adjacent two these insertion pipe unit is 60 degree.
Several these insertion pipe unit can also be connected on the outer edge surface of this installation main body 50 in any one position mode.
In the second embodiment, this installation main body 50 comprises grafting main body 54, and this grafting main body 54 has inner chamber.
At the top of this grafting main body 54, be provided with some jacks, the intracavity inter-connection of each this jack and this grafting main body 54.
Some these transmitting tubes 21 are plugged on this jack one to one, and the inner chamber of this grafting main body 54 is connected with this compressed gas cylinder 40.
As shown in Figure 7, in concrete enforcement, these grafting main body 54 integral body are fan-shaped.
As shown in Figure 8, in concrete enforcement, this grafting main body 54 also can comprise transverse tube 541 and tube connector 542, and this transverse tube 541 is connected to this tube connector 542 tops, some these jacks are arranged on this transverse tube 541 tops, and these tube connector 542 lower ends are connected with this compressed gas cylinder 40.
Claims (10)
1. a multitube environmental protection gas launches firework device, it is characterized in that: comprise that gas launches unit and fireworks eject unit, these fireworks eject in unit and are provided with physics firework bomb, this gas launches unit and comprises compressed gas cylinder and main body is installed, this installation main body is connected to the top of this compressed gas cylinder, these fireworks eject unit and are plugged in this installation main body, and these fireworks eject unit and comprise some transmitting tubes, are provided with some these physics firework bombs in each this transmitting tube.
2. a kind of multitube environmental protection gas as claimed in claim 1 launches firework device, it is characterized in that: this physics firework bomb comprises colored ribbon.
3. a kind of multitube environmental protection gas as claimed in claim 2 launches firework device, it is characterized in that: these colored ribbon tow sides are also attached with reflector layer or luminescent layer or fluorescence coating, and this colored ribbon one end is also provided with screw wing structure.
4. a kind of multitube environmental protection gas as claimed in claim 1 launches firework device, it is characterized in that: in this physics firework bomb, also comprise reflecting piece.
5. a kind of multitube environmental protection gas as claimed in claim 1 launches firework device, it is characterized in that: in this physics firework bomb, also comprise luminous bullet, and the enough self-luminescences of this luminous resilience energy, this luminous bullet is the various LED light sources with different light rays color.
6. a kind of multitube environmental protection gas as claimed in claim 1 launches firework device, it is characterized in that: this compressed gas cylinder is movably connected on base, this compressed gas cylinder can be plugged on this base, is provided with time delay control module and remote-transmitter module in this base.
7. a kind of multitube environmental protection gas as claimed in claim 1 launches firework device, it is characterized in that: this installation main body comprises main body tube and some insertion pipes, some these insertion pipes are connected on the outer edge surface of this main body tube, some these transmitting tubes are plugged on this insertion pipe one to one, this main body tube has inner chamber, each this transmitting tube also has inner chamber, the inner chamber of this transmitting tube and the intracavity inter-connection of this main body tube, and the inner chamber of this main body tube is connected with this compressed gas cylinder.
8. a kind of multitube environmental protection gas as claimed in claim 7 launches firework device, it is characterized in that: each this transmitting tube lower end is provided with female connector, and this female connector inserts the top of this insertion pipe.
9. a kind of multitube environmental protection gas as claimed in claim 7 launches firework device, it is characterized in that: the top at each this insertion pipe arranges female connector, and this female connector is inserted into the bottom of this this transmitting tube.
10. a kind of multitube environmental protection gas as claimed in claim 7 launches firework device, it is characterized in that: this installation main body comprises some insertion pipes unit, this insertion pipe unit is connected on the outer edge surface of this installation main body, each this insertion pipe unit is arranged and is formed by several these insertion pipes from top to down, and this insertion pipe in this insertion pipe unit is arranged in parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320246094.1U CN203501901U (en) | 2013-05-09 | 2013-05-09 | Multi-tube environmental-friendly gas ejection firework device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320246094.1U CN203501901U (en) | 2013-05-09 | 2013-05-09 | Multi-tube environmental-friendly gas ejection firework device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203501901U true CN203501901U (en) | 2014-03-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320246094.1U Expired - Fee Related CN203501901U (en) | 2013-05-09 | 2013-05-09 | Multi-tube environmental-friendly gas ejection firework device |
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| CN (1) | CN203501901U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103217062A (en) * | 2013-05-09 | 2013-07-24 | 宋有洲 | Multi-tube-type environment-friendly gas ejection firework device |
-
2013
- 2013-05-09 CN CN201320246094.1U patent/CN203501901U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103217062A (en) * | 2013-05-09 | 2013-07-24 | 宋有洲 | Multi-tube-type environment-friendly gas ejection firework device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140326 Termination date: 20150509 |
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| EXPY | Termination of patent right or utility model |